Training task-selection skills: The effect of prompts and explicit instruction on transfer

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-05-23 DOI:10.1002/acp.4200
Jane Pieplenbosch, Gesa van den Broek, Vincent Hoogerheide, Tamara van Gog
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Abstract

For effective self-regulated learning with problem-solving tasks, students must accurately assess their performance and select a suitable next learning task. However, most students struggle with this. Recent research shows that self-assessment and task-selection skills can be trained through video modeling examples (SATS-training). However, the limited research available suggests that students struggle to transfer trained task-selection skills to other problem-solving contexts. We investigated whether guidance in the form of prompts (stating that the task-selection procedure can be adapted and used) or explicit instruction (on how the procedure can be adapted) would improve task-selection accuracy on transfer tasks with this guidance available and on later, unguided transfer tasks. Explicit instruction significantly enhanced task-selection accuracy compared to prompts and a no-guidance control condition on guided transfer tasks, but not on unguided transfer tasks. Thus, it remains a question how to lastingly improve transfer of task-selection skills also in the absence of guidance.

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训练任务选择技能:提示和明确指导对迁移的影响
要在解决问题的任务中进行有效的自我调节学习,学生必须准确评估自己的表现,并选择合适的下一个学习任务。然而,大多数学生在这方面都很吃力。最近的研究表明,自我评估和任务选择技能可以通过视频示范范例(SATS-培训)进行训练。然而,现有的有限研究表明,学生很难将训练有素的任务选择技能迁移到其他问题解决情境中。我们研究了以提示(说明任务选择程序可以调整和使用)或明确指导(说明如何调整程序)的形式提供的指导,是否会提高学生在有指导的迁移任务和后来无指导的迁移任务中任务选择的准确性。在有指导的转移任务中,与提示和无指导的对照条件相比,明确指导能明显提高任务选择的准确性,但在无指导的转移任务中则不然。因此,在没有指导的情况下,如何持久地提高任务选择技能的迁移仍然是一个问题。
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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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